We organize product data using “Twin Documents,” which describe real-world objects in a human and machine-understandable way. These objects might be physical, like a specific water tap in a building, or abstract, like a type of a water tap that is kept in stock. To make this information easily accessible across different systems and companies, each Twin Document gets a unique, permanent identifier—like a digital fingerprint.
This setup allows for a network of digital twins, similar to how the World Wide Web works with pages linked by URLs. Twin Documents follow Semantic Web standards (like RDF and JSON-LD) and adopt industry-specific standards as needed in each use case, making them universally readable and usable.
Our approach also enables digital product passports—a standardized record for each product that tracks its details, history, and specifications. These digital passports ensure that product data remains accessible and consistent throughout its lifecycle, even if shared between multiple companies or systems.
1. Consistent, Up-to-Date Information:Accurate data available on demand improves coordination across organizations and systems.
2. Improved Data Sharing:Permanent IDs and standardized documents make it simple to share product information across platforms, saving time and reducing misunderstandings.
3. Future-Proof Design:The use of permanent IDs and common standards ensures data stays accessible and relevant, even as technology changes.
4. Lifecycle Management:Twin Documents enable data to travel with the product, simplifying tasks like maintenance, repair, and disposal.
This creates a digital backbone for construction projects, making accurate product data as easy to access and use as browsing the web.